28,900.00$
| Item | Specification |
| Product name | Aoralscan Elite Wireless |
| Type | Wireless intraoral scanner (IOS) + intraoral photogrammetry (IPG) |
| Scan principle | Structured light + intraoral photogrammetry (non-contact) |
| Scan depth | 22 mm |
| File export formats | STL / OBJ / PLY |
| Dimensions (L × W × H) | 247 × 38 × 37 mm |
| Weight | 194 g (with battery + standard tip) |
| Light source | Blue laser + white LED |
| Wavelength | Blue laser 450 ± 10 nm; White LED 400–780 nm |
| Tips | Big / IPG, Standard, Mini |
| Tip FOV (per frame) | Big/IPG: 19×14 mm; Standard: 16×12 mm; Mini: 12×9 mm |
| Tip sterilization / reuse (manufacturer limit) | Up to 100 cycles (tip-dependent) |
| Connectivity | Wi-Fi 6 |
| Typical wireless range (stated) | Up to ~5 m (environment dependent) |
| Item | Specification |
| Battery type | Li-ion |
| Battery rating | 3.6V, 3250 mAh |
| Scanning time per battery (stated) | Up to ~2 hours continuous scanning |
| Sleep / auto power behavior | Up to ~12 hours sleep, then auto power-off |
| Full charge time (stated) | ~2.5 hours |
| Battery cycle rating | ≥400 cycles (capacity ≥80% after 400 cycles, stated) |
| Charging / data port | USB-C (Type-C) |
| Power input | 5V DC / 3A (USB-C Power Delivery requirement matters see Section 12) |
Aoralscan Elite Wireless is a wireless intraoral scanner from SHINING 3D Dental designed for digital restorative and implant workflows, with added support for full-arch and edentulous cases. It combines standard intraoral scanning (IOS) with intraoral photogrammetry (IPG) in one device, helping clinics capture soft tissue and implant position data for everything from single-unit work to All-on-X. With Wi-Fi 6 connectivity, swappable batteries, and a charging case, it’s built for chairside use across rooms, while exporting common formats (STL, OBJ, PLY) to fit into most lab and CAD/CAM workflows.
Aoralscan Elite Wireless brings IOS (intraoral scanning) and IPG (intraoral photogrammetry) into one wireless handheld scanner, so a clinic can cover routine restorative scans and also handle demanding implant cases such as full-arch and edentulous workflows. It connects over Wi-Fi 6, uses swappable batteries with a charging case, and supports a multi-cradle “place-connect” style setup for moving between operatories. For edentulous and full-arch capture, it offers an IPG (Big) tip plus an edentulous scanning mode, and it supports an immediate loading workflow using Cap Scanbody when soft-tissue conditions make alignment more difficult. For lab communication and CAD/CAM handoff, it exports STL, OBJ, and PLY.
| Differentiator | What it means in practice | Why it matters for clinics/labs |
| 2-in-1 workflows: IOS + IPG | One device supports routine intraoral scans and IPG-based implant position capture | Covers a wider range of cases without switching devices |
| Wireless operation (Wi-Fi 6) | Fast, stable cable-free scanning in the operatory | Cleaner setup, easier chairside handling, less clutter around the patient |
| Swappable battery workflow + charging case | Keep scanning by swapping batteries instead of stopping for a wired charge | Useful for high patient volume and multi-room schedules |
| Multi-cradle “place-connect” concept | Move the scanner to another room/cradle and continue work with minimal interruption | Helps clinics that run multiple operatories with shared equipment |
| Edentulous support: mode + IPG (Big) tip | Tools aimed at capturing full-arch/edentulous geometry more consistently | Better fit and fewer remakes in full-arch implant workflows |
| Immediate loading support (Cap Scanbody workflow) | A method designed for challenging conditions (blood/saliva/soft tissue movement) | Improves alignment reliability in immediate load implant sessions |
| Multiple tips for access and coverage | Choose Standard for general scans, Mini for tighter areas, Big/IPG for full-arch | Better ergonomics and access across different patient anatomies |
| Open export formats (STL / OBJ / PLY) | Share files with most CAD/CAM and lab systems | Reduces friction when collaborating with external labs and software stacks |
| Software tools for chairside checks | Functions like undercut checks, bite/occlusion analysis, margin extraction, refined scan modes | Helps catch issues earlier, improving case quality before sending to the lab |
| Implant ecosystem: coded scanbodies + library coverage | Supports coded scanbody workflows (with defined compatibility rules) and expanding implant libraries | Helps standardize implant capture and supports a broad range of systems |
This scanner is a strong fit for implant-driven clinics that handle full-arch cases such as All-on-X and need predictable capture for edentulous arches, as well as practices that want one device for both restorative dentistry and implant workflows. It’s also a practical choice for digital clinics with multiple treatment rooms that benefit from cordless scanning and battery swapping during busy schedules. Dental labs and clinic–lab teams can use it in open workflows for case intake and verification, and for implant cases that rely on scanbody libraries and consistent file export for CAD design and manufacturing.
At just 194 g (with battery), it’s built for comfortable handling during longer scanning sessions.
Choose the right tip for the job: IPG Big (19×14) for edentulous cases, Standard (16×12) for adults, and Mini (12×9) for tighter access.
Aoralscan Elite Wireless is built to cover the daily scan needs of a digital clinic, while also supporting complex implant cases where full-arch capture and implant position accuracy are the priority. It combines standard intraoral scanning (IOS) for routine dentistry with intraoral photogrammetry (IPG) for edentulous and full-arch implant workflows so you can keep one scanner in the operatory for a wide range of indications.
Immediate loading support (when conditions are messy)
Immediate loading cases often come with blood, saliva, and soft-tissue movement conditions that can make alignment harder and slow a case down. This system supports an immediate loading workflow using Cap Scanbody, helping teams secure alignment and finish capture more predictably when the mouth environment isn’t ideal.
Aoralscan Elite Wireless is made for clinics that want cable-free scanning without extra cables and clutter around the chair. Wi-Fi 6 connectivity supports fast data transfer during scanning, while the power system is built around swappable batteries so the scanner can stay in circulation throughout the day.
Aoralscan Elite Wireless is designed for chairside scanning where speed is only useful if tracking stays steady and the capture stays clean. In daily restorative scans, the goal is a smooth pass with minimal backtracking; in full-arch and implant cases, the goal is to keep continuity so you don’t lose alignment and restart sections. With a 22 mm scan depth, it can capture a wide range of oral structures in a single pass, helping reduce “stop-and-go” scanning in common clinical angles.
What you get in practice
Different cases need different access and coverage. Aoralscan Elite Wireless provides multiple tip options so you can choose between wider coverage for full-arch work and tighter access for posterior areas.
Tips at a glance (use-case guide)
Field of View (FOV) comparison
| Tip | Field of View (per frame) | Best for | Practical trade-off |
| Big / IPG | 19 × 14 mm | Full-arch, edentulous, implant full-arch capture | More coverage per frame; less suited to tight spaces |
| Standard | 16 × 12 mm | General scanning across most cases | Balanced coverage and access |
| Mini | 12 × 9 mm | Posterior access, smaller mouths, limited opening | Easier access; smaller coverage per frame |
Practical selection rule
You can watch the step-by-step implant scanning process in our YouTube video below:
For implant dentistry, the scanner is only one piece of the accuracy chain. What usually determines predictable outcomes is the combination of: scan strategy, scanbody system, library support, and compatibility rules. Aoralscan Elite Wireless supports an implant ecosystem designed around coded scanbodies and IPG workflows, with clear constraints you should know before purchase.
Aoralscan Elite Wireless comes with a software stack that supports capture, chairside checks, communication, and optional design and ortho-focused tools. This matters because speed alone doesn’t prevent remakes chairside verification and clean transfer to the lab do.
Below are the core specs buyers usually compare first kept in a quick, scan-friendly format.
| Item | Specification |
| Product name | Aoralscan Elite Wireless |
| Type | Wireless intraoral scanner (IOS) + intraoral photogrammetry (IPG) |
| Scan principle | Structured light + intraoral photogrammetry (non-contact) |
| Scan depth | 22 mm |
| File export formats | STL / OBJ / PLY |
| Dimensions (L × W × H) | 247 × 38 × 37 mm |
| Weight | 194 g (with battery + standard tip) |
| Light source | Blue laser + white LED |
| Wavelength | Blue laser 450 ± 10 nm; White LED 400–780 nm |
| Tips | Big / IPG, Standard, Mini |
| Tip FOV (per frame) | Big/IPG: 19×14 mm; Standard: 16×12 mm; Mini: 12×9 mm |
| Tip sterilization / reuse (manufacturer limit) | Up to 100 cycles (tip-dependent) |
| Connectivity | Wi-Fi 6 |
| Typical wireless range (stated) | Up to ~5 m (environment dependent) |
| Item | Specification |
| Battery type | Li-ion |
| Battery rating | 3.6V, 3250 mAh |
| Scanning time per battery (stated) | Up to ~2 hours continuous scanning |
| Sleep / auto power behavior | Up to ~12 hours sleep, then auto power-off |
| Full charge time (stated) | ~2.5 hours |
| Battery cycle rating | ≥400 cycles (capacity ≥80% after 400 cycles, stated) |
| Charging / data port | USB-C (Type-C) |
| Power input | 5V DC / 3A (USB-C Power Delivery requirement matters see Section 12) |
Because scan processing and rendering are GPU-heavy, the computer matters almost as much as the scanner. Use the specs below as a practical baseline for smooth daily work.
| Component | Minimum / baseline (as listed) | Practical note |
| CPU | Intel i7-8700 or higher | Newer i7/i9 or equivalent helps with large full-arch cases |
| RAM | 32 GB | Keep other heavy apps closed during scanning |
| Storage | SSD 256 GB or higher | More SSD space is helpful for multi-case storage |
| GPU | NVIDIA RTX 2060 6 GB or higher | Some support docs suggest RTX 3060+ for stronger performance |
| OS | Windows 10 Pro 64-bit or higher | Keep GPU drivers updated |
| Display | 1920×1080, 60 Hz or higher | Higher resolution is fine; aim for stable refresh |
| Ports | USB-C (Type-C) | USB-C must provide proper power delivery (below) |
| Component | Requirement / guidance |
| macOS | Ventura 13 or higher |
| RAM | 16 GB or higher |
| Storage | SSD (1 TB suggested in the listing) |
| Apple Silicon | M-series supported (M1/M2/M3/M4 listed) |
| MacBook Air note | Not suggested in the listing due to thermal limits under sustained load |
For stable operation, your USB-C port should provide Power Delivery at 5V / 3A. If your computer’s USB-C port cannot supply that consistently, use a powered hub or the setup your supplier suggests for your workstation.
Package contents can vary by region or distributor bundle, but these items are explicitly stated for the Elite Wireless package and workflow.
Standard package items (commonly listed)
Clinic setup items (often part of the working setup)
Maintenance note
unboxing video:
A short audio overview of the Aoralscan Elite Wireless (key features, workflows, and who it’s for):
An Overview video:
You can watch the step-by-step implant scanning process in our YouTube video below:
unboxing video:
Yes Aoralscan Elite Wireless connects over Wi-Fi 6. The stated working range is up to about 5 meters, but walls, interference, and room layout can affect this.
The stated figure is up to ~2 hours of continuous scanning per battery. The scanner uses swappable batteries, and the package includes two batteries plus a charging case, so teams can rotate batteries during a busy schedule.
Yes. It exports STL, OBJ, and PLY, which are widely accepted for lab communication and CAD/CAM workflows.
Yes. It supports:
It is designed for immediate loading situations where soft-tissue movement, blood, and saliva can make alignment more difficult. Cap Scanbody is used to help the software align data more consistently in those conditions.
Implant library coverage is broad and updated over time. If a system is not listed, it may be possible to add a compatible scanbody/library when the physical connection is supported this is typically handled through the manufacturer/supplier workflow.
Coded scanbodies for this workflow are stated as compatible only with Aoralscan Elite and Aoralscan Elite Wireless (not other SHINING 3D scanners).
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